TWM611545U - Absorbent article and package of absorbent article - Google Patents

Abstract

[Problem] The purpose is to provide absorbent articles that can have both cooling sensation performance and absorption performance, and absorbent article packaging. [Solution] The absorbent article (1) has: a skin surface side member (10) which includes a skin surface sheet (11) and is composed of a member arranged on the skin surface side (T1) than the cover sheet (50), and an intermediate member (40), which includes an absorbent core (30) and is composed of a member arranged between the cover sheet (50) and the back sheet (20) in the thickness direction (T). In the top view of the absorbent article (1), the absorbent article (1) is covered by the skin surface side member (10), is located in an area where the covering sheet (50) does not exist, and is covered with the covering sheet (50) in the width direction (W) The sandwiched non-existent area (NR). In the non-existence area (NR), at least a part of the skin surface side member (10) and the intermediate member (40) are dented toward the non-skin surface side (T2) while being joined.

Description

Absorbent article and package of absorbent article

This creation is about absorbent articles and their packaging.

Patent Document 1 discloses an absorbent article having a cooling agent. In the absorbent article of Patent Document 1, the cover sheet (specifically, the main body absorbent sheet) is provided with slits, and the absorbent article is provided in the area where the cover sheet does not exist when viewed from the top. The direction is a non-existent area sandwiched by the cover sheet (refer to FIG. 2 of Patent Document 1). The non-existent area is covered by the skin surface side member (specifically, the surface layer and the liquid diffusion layer) arranged on the skin surface side than the cover sheet. Thereby, in the non-existent area, a space covered by the skin surface side member can be formed. The absorbent article deforms due to the user's activity, squeezes out the air in the space in the non-existent area, and makes the cooling agent easily adhere to the user's skin. [Prior Technical Literature] [Patent Literature] [Patent Document 1] Japanese Patent Application Publication No. 2019-84141

In the absorbent article of Patent Document 1, in the non-existent area, the skin surface side member easily floats toward the skin surface side, and body fluids do not easily reach the absorbent core. Therefore, body fluids spread and leak, and there is a concern about deterioration of absorption performance. In particular, the larger the non-existent area, the more likely it is to spread and leak body fluids, and there is a concern that the absorption performance will deteriorate. Here, the objective is to provide an absorbent article that can have both cooling performance and absorption performance, and a package of the absorbent article. One aspect of the absorbent article has a cooling agent. The aforementioned absorbent article has: a front-rear direction; a width direction orthogonal to the aforementioned front-rear direction; a thickness direction; an absorbent core; The thickness direction is arranged between the skin surface sheet and the absorbent core; the back sheet is arranged on the non-skin surface side than the absorbent core; and the adhesive part is arranged on the non-skin surface of the back sheet . The aforementioned absorbent article has: a skin-side member including the aforementioned skin-surface sheet, and is composed of a member disposed on the skin surface side than the aforementioned cover sheet; and an intermediate member including the aforementioned absorbent core and consisting of The thickness direction is constituted by a member arranged between the cover sheet and the back sheet. In a plan view of the absorbent article, there is provided a non-existent area covered by the skin surface side member, located in an area where the covering sheet does not exist, and sandwiched by the covering sheet in the width direction. In the non-existent region, at least a part of the skin surface side member and the intermediate member are joined and are recessed toward the non-skin surface side. One aspect of the packaging body of an absorbent article includes the aforementioned absorbent article and a packaging sheet in which the aforementioned absorbent article is individually packaged. In the packaged state in which the absorbent article is wrapped by the packaging sheet, the absorbent article and the packaging sheet are folded with a crease extending in the width direction as a base point. In the state in which the absorbent article is unfolded, the non-existent area is provided at a position different from the crease. One aspect of the packaging body of an absorbent article includes the aforementioned absorbent article and a packaging sheet in which the aforementioned absorbent article is individually packaged. The aforementioned packaging sheet is a film. In a packaged state in which the absorbent article is individually packaged by the packaging sheet, it is only necessary to provide a first joining portion that joins the packaging sheets to both end portions of the packaging sheet. In the packaging state, the opening portion extending in the width direction for opening the packaging sheet is provided with a second joining portion that joins the packaging sheets to each other.

(1) Outline of the implementation form According to the description in this manual and attached drawings, at least the following items are understood. One aspect of the absorbent article has a cooling agent. The aforementioned absorbent article has: a front-rear direction; a width direction orthogonal to the aforementioned front-rear direction; a thickness direction; an absorbent core; The thickness direction is arranged between the skin surface sheet and the absorbent core; the back sheet is arranged on the non-skin surface side than the absorbent core; and the adhesive part is arranged on the non-skin surface of the back sheet . The aforementioned absorbent article has: a skin-side member including the aforementioned skin-surface sheet, and is composed of a member disposed on the skin surface side than the aforementioned cover sheet; and an intermediate member including the aforementioned absorbent core and consisting of The thickness direction is constituted by a member arranged between the cover sheet and the back sheet. In a plan view of the absorbent article, there is provided a non-existent area covered by the skin surface side member, located in an area where the covering sheet does not exist, and sandwiched by the covering sheet in the width direction. In the non-existent region, at least a part of the skin surface side member and the intermediate member are joined and are recessed toward the non-skin surface side. By this, in the non-existent area, since the skin surface side member is joined to the member arranged on the non-skin surface side than the cover sheet, the skin surface side member does not float toward the skin surface side. In addition, in the non-existent area, body fluids tend to accumulate in the recessed portion of the skin surface side member toward the non-skin surface side, so that the spread and leakage of body fluids can be suppressed. In addition, in the non-existent area, the skin surface side member is recessed toward the non-skin surface side, and the skin surface side member is unlikely to directly touch the user's skin, so the cooling effect caused by the cooling agent can be alleviated. On the other hand, in areas other than the non-existent area, the skin surface side member is likely to directly touch the user's skin, and the cooling effect caused by the cooling agent can be enhanced. In addition, in the vicinity of the boundary between the non-existent area and the cover sheet, the thickness of the cover sheet can easily provide a space between the skin surface side member and the intermediate member. When the absorbent article is deformed due to the user's activity, the air in the space is squeezed out, and the cooling agent can easily adhere to the user's skin. Therefore, the cooling effect can be adjusted according to the place. According to the above-mentioned absorbent article of this aspect, the cooling sensation performance and the absorption performance can be balanced. According to an ideal aspect, it is sufficient that the non-existent area has at least a squeezing portion that squeezes the skin surface side member and the intermediate member from the skin surface side in the thickness direction. What is necessary is just to join the said skin surface side member and the said intermediate member by the said squeezing part. As a result, since the skin surface side member and the intermediate member are pressed from the skin surface side, the skin surface side member can be easily dented toward the non-skin surface side in the squeezing part compared to other parts, and it is easier to NR in the non-existent area Accumulation of body fluids. In addition, the squeezing part has higher rigidity than other parts, so even if the user wearing the absorbent article moves, it is not easily deformed, and it is easy to continuously maintain the depression of the skin surface side member toward the non-skin surface side. According to an ideal aspect, the structure of the cover sheet may be different from the structure of the absorbent core. In this way, the structure of the cover sheet is different from that of the absorbent core, so that the liquid mobility can be different. When the cover sheet has lower liquid migration properties than the absorbent core, the body fluid can easily migrate toward the absorbent core in the absence area. On the other hand, when the cover sheet has higher liquid migration properties than the absorbent core, body fluids can easily migrate from the non-existent area to the absorbent core via the cover sheet. According to an ideal aspect, the absorbent article may have at least a squeezed portion that compresses the absorbent core in the thickness direction. The press section may be arranged in an area different from the non-existent area. Because of the high rigidity in the press section, the absorbent core becomes easy to bend based on the press section. With this, the absorbent core is easily bent in areas other than the non-existent area, and therefore the skin surface side member is unlikely to directly touch the user's skin in the non-existent area, so the cooling sensation effect by the cooling agent can be alleviated. When viewed from a plan view of the skin surface side of the absorbent article, the color of the non-existent area may be different from the color of the area where the cover sheet exists. Thereby, the user can easily visually recognize the part with strong cooling effect and the part with weak cooling effect. According to an ideal aspect, the absorbent article may have a pair of flaps that are folded toward the non-skin surface side of the wearing article. The non-existent area may be provided in the central area of the area from the front end edge of the fin to the rear end edge of the fin in the front-rear direction. The non-existent area may be constituted by an elliptical opening penetrating the cover sheet in the thickness direction. The central domain is generally the part opposite to the excretory opening that is sensitive to stimuli. The non-existent area is dented, so the skin surface side member can not easily touch the excretion opening. In addition, because the cover sheet does not exist in the non-existent area, the rigidity is lower than the part where the cover sheet exists. Here, since the non-existent area has an elliptical shape, the distance from the center of the non-existent area to the outer periphery of the non-existent area can be ensured at least a predetermined distance. Therefore, compared with the case where the non-existent area is linear, even if the absorbent article is deformed by the user's movement, the skin surface side member is less likely to form an acute convex shape toward the skin surface side. Thereby, the skin surface side member can be made less likely to touch the excretion opening, and the excretion opening that is sensitive to irritation can be less likely to be stimulated by the cooling agent. According to an ideal aspect, the absorbent article may have a pair of flaps that are folded toward the non-skin surface side of the wearing article. The non-existent area may be provided in the front-rear direction on the outer side of the front-rear direction than the central region of the area from the front end edge of the fin to the rear end edge of the fin. The non-existent area may include an outer area located more outside than the center of the aforementioned non-existent area in the front-rear direction, and an inner area located more inside than the center of the aforementioned non-existent area. The area of the outer region may be wider than the area of the inner region. Thereby, compared with the inside of the front-back direction, the area which a skin surface side member is recessed toward the non-skin surface side can be enlarged in the front-back direction outer side. In this way, when sleeping (specifically, on the ventral side of the supine position (or the back side of the dorsal position)), the closer to the abdomen (or the back), the skin surface side of the non-existent area can be made The member is not easy to directly touch the user's skin, and when it is easy to be in the same sleeping posture for a long time, the cooling sensation effect caused by the cooling sensation agent can be alleviated. According to an ideal aspect, the absorbent article may have: a main body portion arranged on the skin surface side of the wearing article, and a pair of flaps folded toward the non-skin surface side of the wearing article . In a state where the pair of fins are folded toward the skin surface side of the main body, the fins may have a portion that does not contact the skin surface sheet in the non-existent region. Since the flap is folded toward the non-skin surface side of the wearing article, even if a cooling agent is present in the flap, it is difficult for the user to obtain the cooling effect. Therefore, it is difficult for the cooling agent present in the skin sheet to directly move to the fin, and thereby, the cooling agent can easily be present on the skin sheet where the user easily feels the cooling effect. According to an ideal aspect, it is sufficient to provide the peeling sheet which covers the flap adhesive part provided on the non-skin surface side of the said pair of flaps. The peeling sheet may cover between the pair of flaps. Thereby, before use, the cooling agent can not easily pass between the pair of fins to the outside. According to an ideal aspect, the skin surface side member may be composed of a plurality of sheets in which sheets adjacent to each other in the thickness direction are joined to each other. Thereby, since the cooling sensation agent can be held in a plurality of sheets, compared with the case where the skin surface side member is composed of a single sheet, the time for obtaining the cooling sensation effect is likely to be longer. One aspect of the packaging body of an absorbent article includes the aforementioned absorbent article and a packaging sheet in which the aforementioned absorbent article is individually packaged. In the packaged state in which the absorbent article is wrapped by the packaging sheet, the absorbent article and the packaging sheet are folded with a crease extending in the width direction as a base point. In the state in which the absorbent article is unfolded, the non-existent area is provided at a position different from the crease. When the non-existence area is provided at the same position as the crease, wrinkles are formed on the skin surface side member in the non-existence area due to the crease. This makes it easy to peel the skin surface side member from the intermediate member. On the other hand, the non-existent area is provided at a position different from the crease, so that peeling of the skin surface side member can be suppressed, and in the non-existent area, the skin surface side member can be kept sunken toward the non-skin surface side. One aspect of the packaging body of an absorbent article includes the aforementioned absorbent article and a packaging sheet in which the aforementioned absorbent article is individually packaged. The aforementioned packaging sheet is a film. In a packaged state in which the absorbent article is individually packaged by the packaging sheet, it is only necessary to provide a first joining portion that joins the packaging sheets to both end portions of the packaging sheet. In the packaging state, the opening portion extending in the width direction for opening the packaging sheet is provided with a second joining portion that joins the packaging sheets to each other. This prevents the cooling agent from leaking to the outside of the packaging sheet before opening the absorbent article. (2) Schematic structure of absorbent articles Hereinafter, the absorbent article of the embodiment will be described with reference to the drawings. The absorbent article may be an absorbent article such as a sanitary napkin, a sanitary pad, an adult incontinence pad, or a urine absorbent pad. In the following embodiment, a disposable sanitary napkin is described as an example of an absorbent article. In addition, in the description of the following drawings, the same or similar parts are indicated by the same or similar symbols. However, the drawing is for illustration, and you must pay attention to the difference between the ratio of each size and the actual one. Therefore, the specific dimensions must be judged with reference to the following description. In addition, even between the drawings, there may be parts with different dimensional relationships and ratios. Fig. 1 is a schematic plan view of the absorbent article of one embodiment viewed from the skin surface side. Fig. 2 is a schematic plan view of the absorbent article of one embodiment viewed from the non-skin surface side. Fig. 3 is a schematic cross-sectional view along the A-A section of Fig. 1. Fig. 4 is an enlarged view of a part of a schematic cross-sectional view taken along the A-A section of Fig. 1. For the convenience of description in FIG. 4, the illustration of the press section described later is omitted. In addition, in the schematic cross-sectional view, although the members may be separated in the thickness direction T for convenience of explanation, in actual products, they are connected in the thickness direction T. The absorbent article 1 has a front-rear direction L, a width direction W, and a thickness direction T. The front-rear direction L is a direction extending from the front side (ventral side) of the user toward the rear side (back side), or a direction extending from the rear side of the user toward the front side. The width direction W is a direction orthogonal to the front-rear direction L. The thickness direction T is a direction extending from the user's skin surface side to the non-skin surface side (T2), or a direction extending from the user's non-skin surface side to the skin surface side (T1). In addition, the thickness direction T is a direction orthogonal to the front-rear direction L and the width direction W. The skin side is equivalent to the side facing the user's skin when in use. The non-skin surface side corresponds to the side opposite to the skin surface side when in use, that is, corresponds to the side opposite to the user's skin. As shown in Fig. 1, the absorbent article 1 may have a central domain S3, a front domain S1, and a rear domain S2. The central domain S3 has a region of an excretion opening abutting portion that abuts the user's excretion opening (for example, vaginal opening). When the absorbent article is attached to a wearing article (for example, underwear), the central area S3 is located at the lower part of the crotch of the wearing article. That is, the central domain S3 is arranged under the user's crotch, that is, in the area between the user's legs. The front domain S1 is located on the front side in the front-rear direction L relative to the central domain S3. The posterior domain S2 is located on the rear side in the front-rear direction L relative to the central domain S3. When the absorbent article 1 has the wing portion 3 described later, the front end edge 3F of the wing piece 3 defines the boundary between the front side area S1 and the central area S3, and the rear end edge 3R of the wing portion 3 defines the boundary between the back side area S2 and the central area S3. Therefore, the central domain S3 is a region from the front end edge 3F of the fin 3 in the front-rear direction L to the rear end edge 3R of the fin 3. In addition, the front end edge 3F of the fin 3 is defined by the root of the fin 3, and corresponds to the part on the front side among the two parts recessed most inward in the width direction W. The rear end edge 3R of the fin 3 is defined by the root of the fin 3 and corresponds to the part located on the rear side among the two parts recessed most inward in the width direction W. In addition, when the absorbent article 1 does not have the flap 3, by dividing the absorbent article 1 into three equal parts in the front-rear direction L, the front side area S1, the back side area S2, and the center area S3 can be defined. As shown in Figs. 1 to 4, the absorbent article 1 has a main body 2 and a pair of fins 3. As shown in Figs. The main body part 2 is a part arrange|positioned at the skin surface side T1 of a wearing article. The main body part 2 is a part of the absorbent article 1 except for the flap 3, and has a longitudinal shape. The body portion 2 extends from the front side domain S1 to the rear side domain S2. The pair of flaps 3 are folded toward the non-skin surface side T2 of the wearing article. The fin 3 extends to the outside of the width direction W more than the main body 2. The fins 3 are provided in a pair on both sides in the width direction W of the main body 2 in the central region S3. As shown in FIGS. 1 to 4, the absorbent article 1 may have: a skin surface sheet 11, a second sheet 12, a back sheet 20, an absorbent core 30, a cover sheet 50, a third sheet 60, an adhesive part 70, and a cooling agent 100. In addition, the absorbent article 1 has the skin surface side member 10 and the intermediate member 40. The skin surface side member 10 includes the skin surface sheet 11 and is composed of a member arranged on the skin surface side T1 rather than the cover sheet 50. In this embodiment, the skin surface side member 10 is composed of the skin surface sheet 11 and the second sheet 12. The intermediate member 40 includes the absorbent core 30 and is composed of a member arranged between the cover sheet 50 and the back sheet 20. In this embodiment, the intermediate member 40 is composed of the third sheet 60 and the absorbent core 30. The skin surface sheet 11 has a contact surface that abuts the user's skin. The skin surface sheet 11 may be arranged on the skin surface side T1 rather than the absorbent core 30. The skin surface sheet 11 may be composed of, for example, a non-woven fabric. The skin surface sheet 11 has a central sheet 11A covering the center in the width direction W of the absorbent core 30, and a pair of side sheets 11B that are closer to the skin surface side T1 than the central sheet 11A and cover the outer part of the central sheet 11A. . The center sheet 11A has liquid permeability. The side sheet 11B may have hydrophobicity or water repellency. The second sheet 12 is arranged between the absorbent core 30 and the skin surface sheet 11 in the thickness direction T. In this embodiment, the second sheet 12 is arranged on the skin surface side T1 rather than the cover sheet 50. The second sheet 12 has liquid permeability. The second sheet 12 may be composed of the same material as the skin surface sheet 11 (especially the central sheet 11A). The back sheet 20 is arranged on the non-skin surface side T2 rather than the absorbent core 30. The back sheet 20 has liquid impermeability. The back sheet 20 may be composed of at least any one of a polyethylene sheet, a laminated non-woven fabric mainly composed of polypropylene, etc.; an air-permeable resin film, and the like, for example. The absorbent core 30 contains an absorbent material that absorbs liquid. The absorbent core is arranged at least in the central domain S3. The absorbent core 30 may contain, for example, crushed pulp or super absorbent polymer (SAP), or a mixture of these. The cover sheet 50 is arranged between the skin surface sheet 11 and the absorbent core 30 in the thickness direction T. In this embodiment, the cover sheet 50 is arranged between the second sheet 12 and the third sheet 60. The structure of the cover sheet 50 may be different from the structure of the absorbent core 30. For the cover sheet 50 and the absorbent core 30, the structure of the cover sheet 50 may be different from the structure of the absorbent core 30 by, for example, making at least any of the raw material, structure, and manufacturing method different. For example, the cover sheet 50 is composed of an air-molded pulp sheet, and the absorbent core 30 is composed of a lamination of crushed pulp, so that the structure of the cover sheet 50 can be different from the structure of the absorbent core 30. Since the structure of the covering sheet 50 is different from the structure of the absorbent core 30, the liquid mobility can be different. As shown in FIG. 3, the cover sheet 50 may have an opening 55 penetrating the cover sheet 50 in the thickness direction T. Thereby, what is necessary is just to provide the non-existence area NR mentioned later in the absorbent article 1. In a plan view of the absorbent article 1, the opening 55 can have an elliptical shape elongated in the front-rear direction L (refer to FIG. 1), and can have an elliptical shape elongated in the width direction W. The adhesive part 70 is provided on the non-skin surface of the back sheet 20. The adhesive part 70 is a person who fixes the absorbent article 1 to a wearing article, and may consist of an adhesive agent. As shown in FIGS. 2 and 3, the adhesive part 70 may have: a main body adhesive part 71 provided on the non-skin surface side of the main body part 2, and a flap adhesive part 72 provided on the non-skin surface side of the flap 3 . The cooling sensation agent 100 can act on, for example, a receptor activation channel (TRPM8) of nerves located in the skin. For such cooling agents, for example, menthol (for example: l-menthol) and its derivatives (for example: menthyl lactate); methyl salicylate; camphor; cucumber extract; derived from Essential oils of plants (for example: peppermint, eucalyptus, nutmeg), etc. In addition, the cooling agent may lower the surrounding temperature by the heat of vaporization. Examples of such cooling agents include alcohols such as methanol and ethanol. In order to make it easy for the user to feel the cooling sensation effect for a long time, the cooling sensation agent can be contained in a solvent, and can be contained in a retaining agent such as cyclodextrin. By disposing the cooling sensation agent 100 on at least any one of the members constituting the absorbent article 1, the absorbent article 1 can have the cooling sensation agent 100. By applying the cooling agent 100, the cooling agent 100 can be configured. For example, the cooling agent 100 may be arranged between the skin surface sheet 11 and the second sheet 12 in the thickness direction T as shown in FIG. 3. At this time, the cooling agent 100 may be applied to the non-skin surface of the skin surface sheet 11 (central sheet 11A), or may be applied to the skin surface of the second sheet 12. The cooling sensation agent 100 may be movable in the absorbent article 1. Therefore, the cooling sensation agent 100 is not only present in the central sheet 11A and the second sheet 12, but may also be present in members other than the central sheet 11A and the second sheet 12. In addition, the cooling sensation agent 100 is such a layer as shown in FIG. 3, and it may not be visible with the naked eye. In a plan view of the absorbent article 1, the cooling sensation agent 100 is arranged at least in the main body part 2, and is arranged in at least any one of the front domain S1, the rear domain S2, and the central domain S3. The cooling sensation agent 100 may be continuously arranged in the front-rear direction L from the front side domain S1 to the rear side domain S2. The cooling sensation agent 100 may be arranged in the central portion when the main body portion 2 is divided into three equal parts in the width direction W, or may be arranged in the outer portion outside the center in the width direction W of the main body portion 2. The cooling sensation agent 100 may be arranged in a region overlapping with the absorbent core 30 in the thickness direction T. When viewed in a plan view of the absorbent article 1, the cooling sensation agent 100 can be arranged so as to straddle the existing area ER and the non-existing area NR where the cover sheet 50 exists at least in the front-rear direction L. The cooling sensation agent 100 may be arranged across the existence area ER and the non-existence area NR in the width direction W. In addition, the cooling sensation agent 100 may be present in a position away from the position where the cooling sensation agent 100 is directly arranged (applied) by moving in the absorbent article 1. Whether or not the absorbent article 1 has the cooling sensation agent 100 can be determined by any of the following methods, for example. As for the first method, under the condition that the cooling sensation agent can exert the cooling sensation effect, when the person (the subject) who actually touches the skin of the absorbent article 1 feels cold, it can be judged that the absorbent article 1 has the cooling sensation agent 100 . Specifically, the skin surface side T1 of the center sheet 11A is pressed against the skin on the inner side of the upper arm of the subject, and the absorbent article 1 is fixed to the subject. Before the predetermined time (about 1 hour to 2 hours) has elapsed from the fixation of the absorbent article 1, when the subject feels cold, it can be determined that the absorbent article 1 has the cooling sensation agent 100. Also, for example, when the cooling sensation agent 100 reacts with moisture (excretion) to exert a cooling sensation effect, after the absorbent article 1 is moistened with water, the absorbent article 1 is fixed to the test subject, and it can be determined whether the absorbent article 1 has the cooling sensation agent 100 or not. In addition, referring to the information described in the packaging bag containing the absorbent article 1 (for example, the conditions under which the cooling sensation agent 100 exerts the cooling sensation effect), it is also possible to determine whether the absorbent article 1 has a cooling sensation agent. In the second method, first, the absorbent article 1 is put into a container of an appropriate capacity (for example, 50 ml) (for example, a headspace vial (HeadSpace Vial)), and the container is closed. Then, after a predetermined time (for example, 24 hours) has passed, the components in the container are measured by the SPME (Solid Phase Micro Extraction) method using a gas chromatography analyzer (GC-MS). The compound corresponding to the peak value obtained by the measurement is specified as a component contained in the absorbent article 1. When the specified component is a compound having a cooling effect (for example, the above-mentioned compound), it can be determined that the absorbent article 1 has a cooling agent. In addition, referring to the information described in the packaging bag containing the absorbent article 1 (for example, the compound constituting the cooling sensation agent 100), it is also possible to determine whether the absorbent article 1 has the cooling sensation agent. As shown in FIG. 1 and FIG. 3, the absorbent article 1 should just have the squeezing part 35 which compresses the absorption core 30 in the thickness direction T at least. As shown in FIG. 3, the central sheet 11A, the second sheet 12, the cover sheet 50, the third sheet 60, and the absorbent core 30 may be pressed in the pressing section 35. The press section 35 may be arranged in a region different from the non-existent region NR. The press section 35 may be arranged in the presence area ER where the cover sheet 50 is present. In addition, the press section 35 may be arranged on the front side of the front end edge 50F of the cover sheet 50, and the press section 35 may be arranged on the rear side of the rear end edge 50R of the cover sheet 50. (3) There is no area NR Next, the non-existent area NR will be described. As shown in FIGS. 1, 3, and 4, the absorbent article 1 is provided with a non-existence area NR in a plan view of the absorbent article 1. As shown in FIG. The non-existent area NR is covered by the skin surface side member 10 and is located in an area where the cover sheet 50 does not exist, and the non-existent area NR sandwiched by the cover sheet 50 is provided in the width direction W. As shown in FIG. 3, since the non-existent area NR is covered by the skin surface side member 10, when the absorbent article 1 is viewed from the skin surface side T1, the opening 55 which comprises the non-existent area NR is not exposed. In this embodiment, the skin surface sheet 11 and the second sheet 12 are laminated in the thickness direction T to constitute the skin surface side member 10. When the skin surface side member 10 is composed of a plurality of sheets, the sheets adjacent to each other in the thickness direction T among the plurality of sheets (for example, the central sheet 11A and the second sheet 12) are joined to each other. It is needless to say that adjacent sheets are joined to each other in the non-existent area NR, and it is also joined to each other in areas other than the non-existent area NR. As shown in FIG. 4, in the absence area NR, at least a part of the skin surface side member 10 and the intermediate member 40 are joined. When the intermediate member 40 is composed of a plurality of members, the skin surface side member 10 is joined to the member most arranged on the skin surface side T1 in the non-existent region NR. In this embodiment, the skin surface side member 10 is joined to the third sheet 60 through the opening 55. In addition, the skin surface side member 10 is composed of a plurality of members, and the sheet and the intermediate member 40 which are arranged most on the non-skin surface side T2 in the non-existent region NR are joined. In this embodiment, the second sheet 12 is joined to the intermediate member 40 through the opening 55. In the absence area NR, at least a part of the skin surface side member 10 is joined to the intermediate member 40 on the non-skin surface side T2 of the surface 51 of the cover sheet 50 most located on the skin surface side T1. Therefore, the bonding surface BD of the skin surface side member 10 and the intermediate member 40 is located closer to the non-skin surface side T2 than the surface (skin surface) 51 of the covering sheet 50. The joining surface BD is located closer to the non-skin surface side T2 than the entrance of the opening 55 on the skin surface side T1. In addition, in the present embodiment, the surface 51 of the cover sheet 50 on the skin-most side T1 is the surface of the cover sheet 50 in the area overlapping the third sheet 60 in the thickness direction T. Therefore, the surface 51 of the cover sheet 50 in the area|region overlapping with the 3rd sheet|seat 60 in the thickness direction T may be arrange|positioned on the non-skin surface side T2 rather than the bonding surface BD. The skin surface side member 10 may be joined by, for example, an adhesive (for example, a hot melt adhesive), or may be joined by at least squeezing the skin surface side member 10 and the intermediate member 40 together. The skin surface side member 10 may be joined in all areas of the non-existent area NR, or may be joined in a part of the non-existent area NR. For example, the skin surface side member 10 may not be joined in the vicinity of the outer periphery of the non-existing area NR, or may be joined in the vicinity of the center of the non-existing area NR. Regarding whether the skin surface side member 10 is joined to the intermediate member 40, for example, the absorbent article 1 is cut so as to pass through the center of the non-existent area NR in the front-rear direction L and/or the width direction W, and by observation (for example, using It can be judged by observing the cross section of the absorbent article 1 with a magnifying glass, microscope, electron microscope, etc.). In addition, by actually peeling the skin surface side member 10 in the non-existent region NR, visual or tactile judgment can be made. In the absence area NR, at least a part of the skin surface side member 10 is recessed toward the non-skin surface side T2. At the center of the front-rear direction L of the non-existent region NR, the skin surface side member 10 may be recessed toward the non-skin surface side T2. At the center of the width direction W of the non-existent region NR, the skin surface side member 10 may be recessed toward the non-skin surface side T2. A part of the skin surface side member 10 (for example, a part of the skin surface side member 10 in the vicinity of the outer periphery of the non-existent region NR) may not be dented toward the non-skin surface side T2. The entire skin surface side member 10 may be dented toward the non-skin surface side T2. In the absence area NR, since it is joined to the intermediate member 40, the skin surface side member 10 does not float toward the skin surface side T1 in the absence area NR. In addition, as shown in FIGS. 4A and 4B, only the thickness of the cover sheet 50 can make the skin surface side member 10 recessed toward the non-skin surface side T2. In the non-existent region NR, since it is sandwiched by the cover sheet 50 in the width direction W, body fluids (for example, menstrual blood, urine, etc.) are not easily moved to the outside of the non-existent region NR in the width direction W, and body fluids tend to accumulate. Since the body fluid accumulated in the non-existent area NR can directly migrate from the skin surface side member 10 to the third sheet 60, the absorption performance can be improved. In particular, since the structure of the cover sheet 50 is different from the structure of the absorbent core 30, the liquid mobility can be made different. On the other hand, when the cover sheet 50 has a lower liquid migration property than the absorbent core 30, as shown in FIG. 4A, the body fluid accumulated in the non-existent area NR can easily migrate to the absorbent core 30 without passing through the cover sheet 50. In addition, even from a region around the non-existent region NR, the body fluid accumulated in the non-existent region NR can migrate to the absorbent core 30, so the absorption performance can be improved. On the other hand, when the covering sheet 50 has higher liquid migration properties than the absorbent core 30, as shown in FIG. 4B, not only the body fluid accumulated in the non-existent area NR migrates directly from the skin surface side member 10 to the third sheet 60, and passes through the covering The sheet 50 can easily move to the absorbent core 30. Thereby, in a wider area than the non-existent area NR, body fluids can migrate to the absorbent core 30, and the absorption performance can be improved. In addition, in the non-existent area NR, the skin-side member 10 is recessed toward the non-skin-side side T2, and the skin-side member 10 is unlikely to directly touch the user's skin, so the cooling effect by the cooling agent can be alleviated. On the other hand, in the vicinity of the boundary between the non-existent region NR and the cover sheet 50, it is easy to provide a space between the skin surface side member 10 and the intermediate member 40 due to the thickness of the cover sheet. As shown in FIG. 4C, when the absorbent article 1 is deformed due to the user's activity, the air in the space is squeezed out, and the cooling agent can easily adhere to the user's skin. In addition, in the non-existent area NR, the skin surface side member 10 is recessed toward the non-skin surface side T2, because the skin surface side member 10 is not easy to directly touch the user's skin, so the cooling sensation caused by the cooling agent can be alleviated effect. On the other hand, in areas other than the non-existent area NR, the skin surface side member is likely to directly touch the user's skin, and the cooling effect by the cooling agent can be enhanced. Therefore, the cooling effect can be adjusted according to the place. According to the above, according to the absorbent article 1, the cooling sensation performance and the absorption performance can be balanced. In addition, as shown in FIG. 1, when the absorbent article 1 is viewed from the skin surface side T1 in a plan view, the color of the non-existent area NR may be different from the color of the existing area ER in which the cover sheet 50 exists. Thereby, the user can easily visually recognize the part with a strong cooling effect, that is, the part that is easy to directly touch the user's skin, and the part that has a low cooling effect, that is, the part that is not easy to directly touch the user's skin. Therefore, the user can fix the absorbent article 1 to the wearing article so as to face the excretory opening, for example, the part that is not likely to directly touch the user's skin. In such a way that the color of the non-existent area NR is different from the color of the existing area ER where the cover sheet 50 exists, for example, the color of the intermediate member (for example, the third sheet 60) may be different from the color of the cover sheet 50. Thereby, in the top view of the absorbent article 1, by allowing the color of the third sheet 60 to be seen through the opening 55, the color of the non-existent area NR can be different from the color of the existing area ER. In addition, the light transmittance is changed by the occurrence of the difference in thickness due to the presence or absence of the cover sheet 50, whereby the difference in color between the existing area ER and the non-existing area NR can be seen. The difference in color can also be a difference in hue (for example: the color of the existing region ER is white; the color of the non-existent region NR is green, blue, etc.), or a difference in chroma (for example: the color of the existing region ER is Achromatic white; the color of the non-existent area NR is blue with high chroma), and may also have a lightness value (for example, the color of the existing area ER is white; the color of the non-existent area NR is gray). How to determine whether the color of the non-existent area NR is different from the color of the existing area ER, for example, a person who sees the absorbent article 1 (refer to Fig. 1) from the skin surface side T1 with the naked eye perceives the color of the non-existent area NR and the existing area When the colors of ER are different, it can be determined that the color of the non-existent area NR is different from the color of the existing area ER. For example, when six or more people out of ten answered that the color of the non-existent area NR is different from the color of the existing area ER, it can be determined that the color of the non-existent area NR is different from the color of the existing area ER. Moreover, as shown in FIG. 1, the press part 35 should just be arrange|positioned in the area|region different from the non-existence area|region NR. Since the squeezing part 35 has high rigidity, the absorbent core 30 becomes easy to bend with the squeezing part 35 as a base point. Thereby, in the area other than the non-existence area NR, the absorbent core 30 is easily bent, and therefore the skin surface side member 10 is unlikely to directly touch the user's skin in the non-existence area NR, so the cooling effect by the cooling agent can be alleviated. As shown in Fig. 1, the non-existent area NR is set in the central area S3. The central domain S3 is generally the part opposite to the excretory opening sensitive to stimuli. Since the non-existent area NR is recessed, the skin surface side member 10 can be made less likely to touch the excretion opening. In addition, since the cover sheet 50 does not exist in the non-existent area NR, the rigidity is lower than that of the portion where the cover sheet 50 exists. As shown in FIG. 1, when the non-existent area NR has an elliptical shape, the distance from the center of the non-existent area NR to the outer periphery of the non-existent area NR can be ensured at least a predetermined distance. Therefore, compared with the case where the non-existent region NR is linear, even if the absorbent article 1 is deformed by the user's movement, the skin surface side member 10 is less likely to form an acute convex shape toward the skin surface side T1. Thereby, the skin surface side member 10 can be made less likely to touch the excretion opening, and the excretion opening that is sensitive to irritation can be less likely to be stimulated by the cooling agent. In this embodiment, the cooling agent 100 is applied continuously in the front-rear direction L on the surface of the non-skin surface side T2 of the skin sheet 11, and is applied across the presence area ER and the non-existence area NR. Applying the cooling sensation agent 100 in this way allows the cooling sensation agent 100 to exist near the skin of the user, and the user easily feels the cooling effect. In addition, there exists across the existence area ER and the non-existence area NR, and in the central area S3 where the excretion opening (specifically, the vaginal opening) is easily opposed, the skin surface side member 10 is provided with a recessed portion toward the non-skin surface side T2 There is no area NR. Therefore, it is possible to alleviate the irritation caused by the cooling sensation agent 100 of the excretory mouth which is sensitive to stimulation, and in the presence area ER, since the skin sheet 11 directly contacts the user's skin, the cooling sensation effect can be enhanced. By configuring the cooling sensation agent 100 in this way, even if the cooling sensation intensity of the cooling sensation agent 100 is weak, the wearer can easily feel the cooling sensation effect, and even if the cooling sensation intensity of the cooling sensation agent 100 is strong, itching of the part sensitive to stimulation can be prevented. In addition, the skin surface side member 10 is composed of a plurality of sheets (the skin surface sheet 11 (central sheet 11A) and the second sheet 12) in which sheets adjacent to each other in the thickness direction T are joined to each other. Thereby, since the cooling sensation agent 100 can be held in a plurality of sheets, compared with the case where the skin surface side member 10 is composed of a single sheet, the time for obtaining the cooling sensation effect is likely to be longer. (4) Modification example Next, the absorbent article 1 of the modified example will be described using FIGS. 5 to 8. In addition, description of the same parts as in the above-mentioned embodiment is omitted. (4.1) Modification example 1 The absorbent article 1 of Modification Example 1 will be described using FIG. 5. Fig. 5 is a schematic plan view of the absorbent article 1 of Modification 1 viewed from the skin surface side. In addition, a part of the cover sheet 50 and a part of the absorbent core 30 are exposed in FIG. 5. The absorbent article 1 may not have the second sheet 12 and the third sheet 60. Therefore, the skin surface side member 10 may be composed of only the skin surface sheet 11. The skin surface side member 10, that is, the skin surface sheet 11 and the absorbent core 30 may be joined. As shown in FIG. 5, the non-existence area NR may be provided on the outer side of the front-rear direction L than the central area S3. Therefore, the non-existent area NR can be set in the front side domain S1 and can be set in the back side domain S2. Therefore, the cover sheet 50 may be arranged in the front domain S1 and may be arranged in the rear domain S2. The non-existent area NR may have an outer area NRO and an inner area NRI. The outer region NRO is located further outside than the center CR in the front-rear direction L of the non-existent region NR. The inner region NRI is located more inner than the center CR of the non-existent region NR. As shown in FIG. 5, the area of the outer region NRO may be wider than the area of the inner region NRI. Thereby, in the non-existent region NR, the area of the skin surface side member 10 recessed toward the non-skin surface side T2 can be increased in comparison with the inside of the front and rear direction L in the outer side of the front-rear direction L. In this way, in the sleeping position (specifically, on the ventral side of the supine position (or the back side of the dorsal position)), the closer to the abdomen (or back), the skin surface of the non-existent area NR can be made The side member 10 is not easy to directly touch the skin of the user, and when it is easy to be in a sleeping posture in the same posture for a long time, the cooling sensation effect caused by the cooling sensation agent 100 can be alleviated. (4.2) Modification example 2 The absorbent article 1 of Modification Example 2 will be described using FIGS. 6 to 8. Fig. 6 is a schematic plan view of a package of an absorbent article. FIG. 6 shows the packaging state in which the absorbent article 1 is wrapped by the packaging sheet 200. As shown in FIG. Fig. 7 is a schematic plan view of the absorbent article 1 of Modification Example 2 viewed from the skin surface side. FIG. 7 shows the unfolded state of the unfolded absorbent article 1. Fig. 8 is a schematic cross-sectional view taken along the B-B section of Fig. 7. Fig. 7 and Fig. 8 show a state where the pair of fins 3 are folded to the skin surface side T1 of the main body. In addition, for the convenience of description in FIG. 8, the illustration of each member constituting the absorbent article 1 is appropriately omitted. In addition, the illustration of the packaging sheet 200 is omitted in FIG. 8. The package 300 of the absorbent article 1 has an absorbent article 1 and a packaging sheet 200 in which the absorbent article 1 is individually packaged. The absorbent article 1 has the same structure as the absorbent article 1 described above. The packaging sheet 200 may be a film. For example, the packaging sheet 200 may be an airtight film, such as EVOH (Ethylene Vinyl Alcohol), PET (Polyethylene Terephthalate), or the like. In addition, the packaging sheet 200 may have a gas barrier layer that suppresses the permeation of the cooling agent. The gas barrier layer may be composed of, for example, EVOH or PET. As shown in FIG. 6, in the packaged state where the absorbent article 1 is wrapped by the packaging sheet 200, the absorbent article 1 and the packaging sheet 200 are folded with the fold FL extending in the width direction W as a base point. In the embodiment, the absorbent article 1 and the packaging sheet 200 are folded based on the first fold FL1 and the second fold FL2 provided on the rear side of the first fold FL1. When the absorbent article 1 and the packaging sheet 200 are unfolded, the absorbent article 1 and the packaging sheet 200 may be unfolded with the first fold FL1 as a base point, and then may be unfolded with the second fold FL2 as a base point. As shown in FIG. 6 and FIG. 7, the first joining portion 210 that joins the packaging sheets 200 to each other may be provided at both end portions of the packaging sheet 200. The first joining part 210 may be formed by an adhesive, and may be formed by pressing the packaging sheets 200 each other. In the packaged state, the first joining portion 210 may be constituted by a plurality of joining portions that join the packaging sheets 200 from one end to the other end in the front-rear direction L of the package 300 to be juxtaposed in the front-rear direction L. In order to improve the airtightness, the arrangement interval of the plurality of joints is preferably 2 mm or less. In addition, the side end portion of the packaging sheet 200 is in the packaged state, and is at least a portion on the outer side in the width direction W than the absorbent article 1. Moreover, in the packaged state, the package body 300 may be provided with an unsealing portion 250 extending in the width direction W in order to unseale the package sheet 200. The unsealing portion 250 is composed of an end (the front end in the embodiment) of the packaging sheet 200 in the front-rear direction L in the unfolded state, and a part of the packaging sheet 200 that abuts the end in the packaged state. What is necessary is just to provide the 2nd joining part 220 which joins the packaging sheets 200 to the unsealing part 250. As shown in FIG. The second joining part 220 may be formed of an adhesive, and may be formed by welding the packaging sheets 200 to each other. The second joining portion 220 may be constituted by a band member for closing the opening portion 250. In order to improve the airtightness, the second joining portion 220 preferably extends continuously from one side end to the other side end in the width direction W of the package 300. According to the above, since the space in which the absorbent article 1 is housed in the packaged state is easily sealed, the cooling agent can be prevented from leaking to the outside of the packaging sheet 200 before the absorbent article 1 is opened. In addition, as shown in FIG. 7, in the expanded state, the non-existent area NR may be provided at a position different from the fold FL. In a plan view of the absorbent article 1, the non-existent area NR may be provided between the first fold FL1 and the second fold FL2 in the front-rear direction L. When the non-existence area NR is provided at the same position as the fold FL, wrinkles are formed in the skin surface side member 10 in the non-existence area NR due to the fold FL. This makes it easy to peel the skin surface side member 10 from the intermediate member 40. Here, the non-existence area NR is provided at a position different from the crease FL, so that peeling of the skin surface side member 10 can be suppressed, and in the non-existence area NR, the skin surface side member 10 can be kept dented toward the non-skin surface side T2 . As shown in FIGS. 7 and 8, the absorbent article 1 may be provided with a peeling sheet 76 covering the flap adhesive portion 72. The peeling sheet 76 only needs to cover between the pair of flaps 3. Thereby, by the peeling sheet 76, the cooling sensation agent 100 can not easily pass between the pair of fins 3 and escape to the outside before use. The release sheet 76 may have, for example, a siliceous layer made of silicon. The release sheet 76 may have the above-mentioned gas barrier layer. In addition, in the flap folded state in which the pair of flaps 3 are folded toward the skin surface side T1 of the main body, the flap 3 may have a portion that does not contact the non-existent region NR. As shown in FIG. 8, the fin 3 may not contact the non-existing area NR. The flap 3 is joined to the peeling sheet 76 via the flap adhesive portion 72, and thereby, the flap 3 can also not easily move toward the non-skin surface side T2. When the fin 3 is used in the absorbent article 1, since the fin 3 is folded toward the non-skin surface side T2 of the wearing article, even if the fin 3 has a cooling agent, it is difficult for the user to obtain a cooling effect. Therefore, since the fin 3 has a part which does not contact the non-existing area NR, it can make it difficult for the cooling agent existing in the skin surface sheet 11 to move to the fin 3 directly. Thereby, the cooling agent can be easily present on the skin sheet 11 where the user easily feels the cooling effect. (Change example 3) The absorbent article 1 of Modified Example 3 will be described using FIG. 9. FIG. 9 is a partially enlarged view of a schematic cross-sectional view of the absorbent article 1 of Modification 3. FIG. In addition, FIG. 9 is a schematic cross-sectional view in the same position as FIG. 3. As shown in FIG. 9, in the absorbent article 1 of Modification 3, the skin surface side member 10 is composed of the skin surface sheet 11 (specifically, the center sheet 11A), and the intermediate member 40 is composed of the absorbent core 30. The absorbent article 1 has only to have at least the squeezing part 35 which squeezes the skin surface side member 10 and the intermediate member 40 from the skin surface side T1 toward the thickness direction T in the nonexistence area NR. In Modification 3, the center sheet 11A and the absorbent core 30 are squeezed. The skin surface side member 10 and the intermediate member 40 are joined by the squeezing part 35. The skin surface side member 10 and the intermediate member 40 may be joined by a joining member such as an adhesive in addition to the squeezing part 35. In the absorbent article 1 of Modification Example 3, the skin surface side member 10 and the intermediate member 40 are pressed from the skin surface side T1. Therefore, the skin surface side member 10 can easily face the non-skin surface in the squeezing part 35 than in other parts. The side recesses make it easier to accumulate body fluids in the non-existent area NR. In addition, since the squeezing part 35 has higher rigidity than other parts, it is not easily deformed even if the user wearing the absorbent article moves, and it is easy to continuously maintain the skin surface side member 10 toward the non-skin surface side T2. Sunken. (5) Other implementation forms Although the above-mentioned embodiment is used to describe this creation in detail, it is obvious to the industry that this creation is not limited by the embodiment described in this specification. This creation can be implemented as amendments and changes without deviating from the meaning and scope of the creation established by the description of the scope of the patent application. Therefore, the description in this specification is for the purpose of exemplification and does not have any meaning to limit the creation. In the above description, the skin surface side member 10 is an example composed of only the skin surface sheet 11 (modification example 1, modification example 3), and an example (embodiment) composed of the skin surface sheet 11 and the second sheet 12, But it is not limited to this. The skin surface side member 10 may be composed of three or more sheets. In addition, although the example (embodiment) where the skin surface side member 10 is joined to the third sheet 60 and the example where the skin surface side member 10 is joined to the third sheet 60 and the example where it is joined to the absorbent core 30 (modification example 1 and modification example 3) are described above, they are not limited to these. The skin surface side member 10 may be joined to a core layer covering the absorbent core 30, for example. In addition, the core cladding layer may be composed of, for example, tissue paper or non-woven fabric. In addition, although the example of squeezing the center sheet 11A and the absorbent core 30 is given as an example in the modified example 3, it is not limited to this. For example, although the skin surface side member 10 and the third sheet 60 are squeezed from the skin surface side T1 in the non-existent region NR, the absorbent core 30 may not be squeezed in the non-existent region NR. Thereby, in the non-existent area NR, it can suppress that the absorbent core 30 becomes easy to bend from the press part 35 as a base point. As a result, in the non-existent area NR, since the skin surface side member 10 is unlikely to directly touch the user's skin, it is possible to alleviate the cooling sensation effect by the cooling sensation agent. In addition, in the above, the sheet defining the non-existent area NR is referred to as the cover sheet 50, but it is not limited to this. For example, the cover sheet 50 may be a sheet arranged second from the skin surface side T1 (so-called second sheet), or may be called a sheet arranged third from the skin surface side T1 (so-called third sheet) . In addition, the cover sheet 50 may be composed of a plurality of sheets. For example, the cover sheet 50 may be composed of a second sheet having an opening 55 and a third sheet. The cooling agent 100 may be arranged on members other than the skin surface sheet 11 and the second sheet 12. For example, the cooling agent 100 is applied to the skin surface and/or non-skin surface of the cover sheet 50, the skin surface and/or non-skin surface of the third sheet 60, the skin surface and/or the non-skin surface of the side sheet 11B, At least one of the skin surface and/or non-skin surface of the core cladding layer, the skin surface and/or the non-skin surface of the absorbent core 30, and the skin surface and/or the non-skin surface of other sheets may be sufficient. The configuration of the above-mentioned embodiment and each modification must be noted that they can be combined appropriately.

1: Absorbent articles 2: body part 3: wings 10: Skin side member 11: skin flakes 11A: Central slice 11B: Side sheet 12: second sheet 20: back sheet 30: Absorbent core 35: Press section 50: cover sheet 55: opening 60: third slice 70: Adhesive part 100: Cooling agent 200: Packaging flakes 300: package body ER: Existence area NR: No area S1: Front side domain S2: Rear domain S3: Central domain L: Long direction W: width direction T: thickness direction T1: Skin side T2: non-skin side 51: Surface 40: Intermediate member BD: Joint surface

Fig. 1 is a schematic plan view of the absorbent article of one embodiment viewed from the skin surface side. [Fig. 2] is a schematic plan view of the absorbent article of one embodiment viewed from the non-skin surface side. [Fig. 3] is a schematic cross-sectional view along the A-A cross section of Fig. 1. [Fig. [Fig. 4] is an enlarged view of a part of a schematic cross-sectional view taken along the A-A section of Fig. 1. [Fig. [Fig. 5] is a schematic plan view of the absorbent article 1 of Modification Example 1 viewed from the skin surface side. Fig. 6 is a schematic plan view of a package of an absorbent article. [Fig. 7] is a schematic plan view of the absorbent article 1 of Modification Example 2 viewed from the skin surface side. [Fig. 8] is a schematic cross-sectional view along the B-B cross section of Fig. 7. [Fig. [Fig. 9] Fig. 9 is a partially enlarged view of a schematic cross-sectional view of the absorbent article 1 of Modification 3.

1: Absorbent articles

10: Skin side member

11A: Central slice

11B: Side sheet

12: second sheet

20: back sheet

30: Absorbent core

40: Intermediate member

50: cover sheet

51: Surface

60: third slice

BD: Joint surface

NR: No area

T: thickness direction

T1: Skin side

T2: non-skin side

W: width direction

Claims (12)

An absorbent article, which is an absorbent article with a cooling sensation agent, characterized in that it has: a front-to-rear direction, a width direction orthogonal to the aforementioned front-to-rear direction, and a thickness direction; an absorbent core; The contact surface on which the skin abuts; a cover sheet, which is arranged between the skin surface sheet and the absorbent core in the thickness direction; a back sheet, which is arranged on the non-skin surface side than the absorbent core; and The adhesive part is provided on the non-skin surface of the back sheet and has: a skin surface side member, which includes the skin surface sheet, and is composed of a member disposed on the skin surface side than the cover sheet; And an intermediate member, which includes the absorbent core and is composed of a member arranged between the cover sheet and the back sheet in the thickness direction, and is provided with the skin surface side member in a plan view of the absorbent article Covered and located in an area where the cover sheet does not exist and is sandwiched by the cover sheet in the width direction of the non-existent area. In the non-existent area, at least a part of the skin surface side member and the intermediate member are joined At the same time, it dents toward the non-skin surface. The absorbent article as described in claim 1, wherein The non-existent area has at least a squeezing portion that squeezes the skin surface side member and the intermediate member from the skin surface side in the thickness direction, and the skin surface side member and the intermediate member are joined by the squeezing portion. The absorbent article according to claim 1, which has at least a squeezing part for squeezing the absorbent core in the thickness direction, and the squeezing part is arranged in a region different from the non-existent region. The absorbent article according to any one of claims 1 to 3, wherein the structure of the cover sheet is different from the structure of the absorbent core. The absorbent article according to any one of claims 1 to 3, wherein the color of the non-existent area is different from the color of the area where the cover sheet is viewed from a plan view of the skin surface side of the absorbent article. The absorbent article according to any one of claims 1 to 3, wherein a pair of flaps are folded toward the non-skin surface side of the wearing article, and the non-existent area is provided in the front-rear direction In the central region of the region from the front end edge of the fin to the rear end edge of the fin, the non-existent area is constituted by an elliptical opening penetrating the cover sheet in the thickness direction. The absorbent article according to any one of claims 1 to 3, which has a pair of flaps that are folded toward the non-skin surface side of the wearing article, The non-existent area is provided in the front-rear direction on the outer side of the front-rear direction than the central region of the area from the front end edge of the fin to the rear end edge of the fin, and the non-existent area has: In the non-existent area, the area of the outer area that is further outside the center in the front-rear direction and the inner area that is located inward than the center is wider than the area of the inner area. The absorbent article according to any one of Claims 1 to 3, which has: a main body portion arranged on the skin surface side of the wearing article; and folded toward the non-skin surface side of the wearing article The pair of fins, in a state where the pair of fins are folded toward the skin side of the main body, the wing has a portion that does not contact the skin surface sheet in the non-existent region. The absorbent article according to claim 8, wherein a peeling sheet is provided to cover the flap adhesive portion provided on the non-skin surface side of the pair of flaps, and the peeling sheet covers between the pair of flaps . The absorbent article according to any one of claims 1 to 3, wherein the skin surface side member is composed of a plurality of sheets in which sheets adjacent to each other in the thickness direction are joined to each other. A packaging body for absorbent articles, which has: please The absorbent article described in any one of items 1 to 10, and a packaging sheet in which the absorbent article is individually packaged, and the packaging body of the absorbent article is characterized in that the absorbent article is packaged by the packaging sheet In the packaged state, the absorbent article and the packaging sheet are folded with the crease extending in the width direction as the base point, and in the state where the absorbent article is unfolded, the non-existent area is provided in the crease Different locations. A packaging body of an absorbent article, comprising: the absorbent article described in any one of Claims 1 to 10, and a packaging sheet for individually packaging the aforementioned absorbent article, and the packaging body of the absorbent article is characterized by The packaging sheet is a film, and in a packaged state where the absorbent article is individually packaged by the packaging sheet, a first joint portion for joining the packaging sheets is provided at both ends of the packaging sheet, and in the packaged state, The opening portion extending in the width direction for opening the packaging sheet is provided with a second joining portion that joins the packaging sheets.

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